ecodyst Hydrogen - Cooling Capacities

34 Accelerating the path to discovery
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Cooling Capacities
Evap. temp Capacity Power cons. Current cons. EER
°F °C BTU/h (+/-5%) W (+/-5%) A (+/-5%) BTU/Wh
-40 -40 122 145 4.21 0.84
-30 -34 482 248 4.64 1.95
-20 -29 909 339 5.10 2.68
-13 -25 1257 398 5.44 3.16
-10 -23 1420 422 5.58 3.36
0 -18 2034 500 6.09 4.07
10 -12 2769 573 6.63 4.83
14 -10 3101 602 6.85 5.15
20 -7 3643 645 7.19 5.64
30 -1 4677 719 7.78 6.51
Hydrogen and EcoChyll X1
90°F Ambient Air temp EcoChyll
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Cooling Capacity
Evap. temp X3 X5 X7 X9
°F °C Btu/hr Watts Btu/hr Watts Btu/hr Watts
-40 -40 ND 2,650 777 4,750 1,339 11,300 3,869
-35 -37 ND 2,970 870 5,530 1,539 12,800 4,396
-30 -34 2,310 759 3,360 985 6,330 1,738 14,300 4,924
-25 -32 2,710 821 3,810 1,117 7,160 1,952 16,000 5,480
-20 -29 3,130 883 4,330 1,269 8,020 2,180 17,700 6,067
-15 -26 3,580 946 4,910 1,439 8,930 2,418 19,600 6,653
-10 -23 4,060 1,011 5,560 1,629 9,900 2,667 21,500 7,297
-5 -21 4,550 1,078 6,260 1,835 10,900 2,931 23,600 7,942
0 -18 5,060 1,145 7,010 2,054 12,100 3,224 25,700 8,616
5 -15 ND 7,830 2,295 13,300 ND ND ND
10 -12 ND 8,690 2,547 14,600 ND ND ND
EcoChyll X3, EcoChyll X5, EcoChyll X7, EcoChyll X9
Technical Data